Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

published:19 Dec 2016

views:5344

published:14 Dec 2014

views:30

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Cubimorph: Designing Modular Interactive Devices

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

0:24

Waterphonix - Interactive devices

Waterphonix - Interactive devices

Waterphonix - Interactive devices

40:38

Interactive Devices @ Microsoft (Future Interactions with Computers)

Interactive Devices @ Microsoft (Future Interactions with Computers)

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

1:58

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

published: 17 Apr 2014

Moblie Interactive Device- Pure solutions

Cubimorph: Designing Modular Interactive Devices

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable ...

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso ...

published: 19 Dec 2016

Waterphonix - Interactive devices

published: 14 Dec 2014

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, m...

published: 12 Sep 2016

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Andro...

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the ...

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

published:12 Sep 2016

views:21

back

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

published: 17 Apr 2014

Moblie Interactive Device- Pure solutions

Cubimorph: Designing Modular Interactive Devices

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable ...

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso ...

published: 19 Dec 2016

Waterphonix - Interactive devices

published: 14 Dec 2014

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, m...

published: 12 Sep 2016

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Andro...

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the ...

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

published:12 Sep 2016

views:21

back

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, m...

JavaFX Implementing Multitouch with TUIO for Interactive Devices

This presentation describes how to implement multitouch technologies by using the TUIO framework with the JavaFX rich internet application (RIA) framework. A step-by-step guide shows a real implementation in JavaFX to demonstrate its applicability in more detail.
Author:
Steven Arturo Lizarazo Patiño
I am a Systems Architect and I have more than 5 years of experience in the field of Information Technology in various capacities.
CIO – Smartbiz Solutions Ltda.
Responsible for the information technology and computer systems that support enterprise goals, Involved with driving the analysis and re-engineering of existing business processes, identifying and developing the capability to use new tools, reshaping the enterprise's physical infrastructure and network access, and with identifying ...

published: 08 Jun 2015

Social interaction over shared devices: Designing Interactive Story Apps for Children

Presenter: Betty Sargeant
Storybook apps can contain visuals, text and audio; audio narration commonly ‘reads’ the written text aloud. As a consequence, adults are not required to read storybook apps to children. Yet when adults do read books alongside children it can lead to deeper understandings of narrative content and to positive social bonding. In this talk Betty discusses how she designed her award winning children’s storybook app How Far is Up. She describes the research behind her work and ways in which apps can be designed in order to foster social interaction to occur over shared mobile devices.

published: 27 Sep 2015

Interactive Robotics with Elixir and Nerves

What you gonna learn in this video:
The killer app for Ruby was Rails. The killer app for Elixir isn’t (only) the Phoenix web framework, however, but rather the Nerves embedded framework that enables the creation of smart, networked, and reliable hardware using high-level abstractions. It’s a game-changer for embedded development. We’ll introduce Nerves through the motivating example of the development of a live-action wargame involving quadcopter drones.
➡Who can be interested in this topic?
People of fairly broad interest: Rubyists curious about or already dabbling with Elixir, web developers increasingly curious about dipping their toes into hardware development given our Raspberry Pi and IoT era, and for the non-technical aspects (including demo videos) anyone with children or an int...

published: 27 Mar 2017

Undertale Interactive Quiz - Battles

Welcome to my Undertale battle quiz! Make sure you have annotations turned on, or it won't work!
Hope you enjoy :)
HOW TO PLAY ON MOBILE/IPAD/OTHER DEVICES:
Since annotations don't work on those devides, you're gonna have to do some extra work. When a question pops up, make a guess. After you've guessed, pause the video and check the description for the right answer. Be careful so you don't look at the next question's answer! If you were right, give yourself 1 point. If you were wrong, give yourself 0 points. If you didn't guess before the time ran out, take away 1 point. Now, skip forward until you reach the next question. Enjoy!
Times for mobiles:
Question 1 - 2:13
Question 2 - 3:24
Question 3 - 4:33
Question 4 - 5:44
Question 5 - 6:53
Question 6 - 8:05
Question 7 - 9:14
Question 8 - 10:...

published: 19 May 2016

Interactive Vowel Sounds Chart: American English Pronunciation

There are 12 vowel sounds in American English. If you want to speak like an American, you’ll need to learn to pronounce them correctly. This Interactive video is an easy way to remember how all these vowel sounds are pronounced. Once you watch it, you’ll be able to organize and understand how to make them.
NavigationLinks (Table Of Contents):
American Vowel Sounds Overview https://youtu.be/7EdRAfOMfnUt=010
Vowels Chart (Menu) https://youtu.be/7EdRAfOMfnU?t=014
► Vowel Sound /i/, as "be" - https://youtu.be/7EdRAfOMfnU?t=148
► Vowel Sound /ɪ/, as "it" - https://youtu.be/7EdRAfOMfnU?t=258
► Vowel Sound /eɪ/, as "make" - https://youtu.be/7EdRAfOMfnU?t=363
► Vowel Sound /ɛ/, as “bed” - https://youtu.be/7EdRAfOMfnU?t=481
► Vowel Sound /æ/, as in "cat" - https://youtu.be/7EdRAfOMfnU?t...

published: 20 Mar 2017

New style Animated Work Instructions incorporating interactive content available on mobile devices 2

Welcome to CAD-IT Webinars!
Enable fast and easy production of digital interactive work instructions, job cards and assembly instructions. Re-use content directly from engineering CAD enabling the rapid creation of the MBOM and bill of process. Manufacturing engineers can quickly and easily create 3D animations ensuring that assembly workers, even in off-shore locations, know what to do and how to do it – a visual explanation delivered in a work instruction saves time and increases effectiveness.

https://interactiveservices.com/interactive-compliance-training/ - In this webinar, Interactive's Compliance Training team share the top 5 trends in the compliance training industry at the moment:
1. How to offer compliance learning on iPhone and Android devices
2. New US and EU legislation you need to train on
3. Offering test-out while keeping regulators happy
4. Compliance training strategies for consultants and 3rd parties
5. Designing compliance learning for 20-minute modules

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the ...

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

JavaFX Implementing Multitouch with TUIO for Interactive Devices

This presentation describes how to implement multitouch technologies by using the TUIO framework with the JavaFX rich internet application (RIA) framework. A st...

This presentation describes how to implement multitouch technologies by using the TUIO framework with the JavaFX rich internet application (RIA) framework. A step-by-step guide shows a real implementation in JavaFX to demonstrate its applicability in more detail.
Author:
Steven Arturo Lizarazo Patiño
I am a Systems Architect and I have more than 5 years of experience in the field of Information Technology in various capacities.
CIO – Smartbiz Solutions Ltda.
Responsible for the information technology and computer systems that support enterprise goals, Involved with driving the analysis and re-engineering of existing business processes, identifying and developing the capability to use new tools, reshaping the enterprise's physical infrastructure and network access, and with identifying and exploiting the enterprise's knowledge resources. Driving or heading up crucial IT projects which are essential to the strategic and operational objectives of the organization.
Systems architect – Colocar OnlineS.A.Designer of the entire platform behind the particular business logic of the company.
EducationB.S – UniversidadDel Norte
Two times winner of regional programming marathons.
View more trainings by Steven Arturo Lizarazo Patiño at https://www.parleys.com/author/steven-arturo-lizarazo-patino
Find more related tutorials at https://www.parleys.com/category/developer-training-tutorials

This presentation describes how to implement multitouch technologies by using the TUIO framework with the JavaFX rich internet application (RIA) framework. A step-by-step guide shows a real implementation in JavaFX to demonstrate its applicability in more detail.
Author:
Steven Arturo Lizarazo Patiño
I am a Systems Architect and I have more than 5 years of experience in the field of Information Technology in various capacities.
CIO – Smartbiz Solutions Ltda.
Responsible for the information technology and computer systems that support enterprise goals, Involved with driving the analysis and re-engineering of existing business processes, identifying and developing the capability to use new tools, reshaping the enterprise's physical infrastructure and network access, and with identifying and exploiting the enterprise's knowledge resources. Driving or heading up crucial IT projects which are essential to the strategic and operational objectives of the organization.
Systems architect – Colocar OnlineS.A.Designer of the entire platform behind the particular business logic of the company.
EducationB.S – UniversidadDel Norte
Two times winner of regional programming marathons.
View more trainings by Steven Arturo Lizarazo Patiño at https://www.parleys.com/author/steven-arturo-lizarazo-patino
Find more related tutorials at https://www.parleys.com/category/developer-training-tutorials

published:08 Jun 2015

views:92

back

Social interaction over shared devices: Designing Interactive Story Apps for Children

Presenter: Betty Sargeant
Storybook apps can contain visuals, text and audio; audio narration commonly ‘reads’ the written text aloud. As a consequence, adults are not required to read storybook apps to children. Yet when adults do read books alongside children it can lead to deeper understandings of narrative content and to positive social bonding. In this talk Betty discusses how she designed her award winning children’s storybook app How Far is Up. She describes the research behind her work and ways in which apps can be designed in order to foster social interaction to occur over shared mobile devices.

Presenter: Betty Sargeant
Storybook apps can contain visuals, text and audio; audio narration commonly ‘reads’ the written text aloud. As a consequence, adults are not required to read storybook apps to children. Yet when adults do read books alongside children it can lead to deeper understandings of narrative content and to positive social bonding. In this talk Betty discusses how she designed her award winning children’s storybook app How Far is Up. She describes the research behind her work and ways in which apps can be designed in order to foster social interaction to occur over shared mobile devices.

Interactive Robotics with Elixir and Nerves

What you gonna learn in this video:
The killer app for Ruby was Rails. The killer app for Elixir isn’t (only) the Phoenix web framework, however, but rather th...

What you gonna learn in this video:
The killer app for Ruby was Rails. The killer app for Elixir isn’t (only) the Phoenix web framework, however, but rather the Nerves embedded framework that enables the creation of smart, networked, and reliable hardware using high-level abstractions. It’s a game-changer for embedded development. We’ll introduce Nerves through the motivating example of the development of a live-action wargame involving quadcopter drones.
➡Who can be interested in this topic?
People of fairly broad interest: Rubyists curious about or already dabbling with Elixir, web developers increasingly curious about dipping their toes into hardware development given our Raspberry Pi and IoT era, and for the non-technical aspects (including demo videos) anyone with children or an interest in drones and live-action games.
➡About the speaker:
Arto Bendiken is a freelance programmer with 20+ years experience (including 10+ years with Ruby). Since recently, he works mostly with the Elixir programming language for both paid contracts and my hobby projects.
That is, he works with the Phoenix framework for web development, and hacks with the Nerves framework for embedded development in his copious free time.
➡Arto’s current 🔝 main interest is high-level embedded development (using Elixir and Nerves) for smart hardware and autonomous robotics.
______________________________
#pivorak is a Lviv Ruby Meetup
Join our Ruby meetups in Lviv:
Our official website - https://pivorak.com
Facebook -- https://www.facebook.com/pivorak
Twitter -- https://twitter.com/pivorakmeetup
Instagram -- https://www.instagram.com/pivorakmeetup
No crap. No crab. #pivorak.

What you gonna learn in this video:
The killer app for Ruby was Rails. The killer app for Elixir isn’t (only) the Phoenix web framework, however, but rather the Nerves embedded framework that enables the creation of smart, networked, and reliable hardware using high-level abstractions. It’s a game-changer for embedded development. We’ll introduce Nerves through the motivating example of the development of a live-action wargame involving quadcopter drones.
➡Who can be interested in this topic?
People of fairly broad interest: Rubyists curious about or already dabbling with Elixir, web developers increasingly curious about dipping their toes into hardware development given our Raspberry Pi and IoT era, and for the non-technical aspects (including demo videos) anyone with children or an interest in drones and live-action games.
➡About the speaker:
Arto Bendiken is a freelance programmer with 20+ years experience (including 10+ years with Ruby). Since recently, he works mostly with the Elixir programming language for both paid contracts and my hobby projects.
That is, he works with the Phoenix framework for web development, and hacks with the Nerves framework for embedded development in his copious free time.
➡Arto’s current 🔝 main interest is high-level embedded development (using Elixir and Nerves) for smart hardware and autonomous robotics.
______________________________
#pivorak is a Lviv Ruby Meetup
Join our Ruby meetups in Lviv:
Our official website - https://pivorak.com
Facebook -- https://www.facebook.com/pivorak
Twitter -- https://twitter.com/pivorakmeetup
Instagram -- https://www.instagram.com/pivorakmeetup
No crap. No crab. #pivorak.

There are 12 vowel sounds in American English. If you want to speak like an American, you’ll need to learn to pronounce them correctly. This Interactive video is an easy way to remember how all these vowel sounds are pronounced. Once you watch it, you’ll be able to organize and understand how to make them.
NavigationLinks (Table Of Contents):
American Vowel Sounds Overview https://youtu.be/7EdRAfOMfnUt=010
Vowels Chart (Menu) https://youtu.be/7EdRAfOMfnU?t=014
► Vowel Sound /i/, as "be" - https://youtu.be/7EdRAfOMfnU?t=148
► Vowel Sound /ɪ/, as "it" - https://youtu.be/7EdRAfOMfnU?t=258
► Vowel Sound /eɪ/, as "make" - https://youtu.be/7EdRAfOMfnU?t=363
► Vowel Sound /ɛ/, as “bed” - https://youtu.be/7EdRAfOMfnU?t=481
► Vowel Sound /æ/, as in "cat" - https://youtu.be/7EdRAfOMfnU?t=595
► Vowel Sound /ʌ/, as in "us" - https://youtu.be/7EdRAfOMfnU?t=709
► Vowel Sound /ə/, as in "ago" - https://youtu.be/7EdRAfOMfnU?t=817
► Vowel Sound /ɑ/, as in "got" - https://youtu.be/7EdRAfOMfnU?t=923
► Vowel Sound /u/, as in "blue" - https://youtu.be/7EdRAfOMfnU?t=1036
► Vowel Sound /ʊ/, as in "put" - https://youtu.be/7EdRAfOMfnU?t=1143
► Vowel Sound /oʊ/, as in "go" - https://youtu.be/7EdRAfOMfnU?t=1254
► Vowel Sound /ɔ/, as in "on" - https://youtu.be/7EdRAfOMfnU?t=1375
Bonus
► R-colored Vowel /ɝ/, as in "first" - https://youtu.be/7EdRAfOMfnU?t=1493
► R-colored Vowel /ɚ/, as in "after" - https://youtu.be/7EdRAfOMfnU?t=1636
PracticeExercises:
► Vowel Sound / i / - https://youtu.be/fM3WA5IxpKQ?t=114
► Vowel Sound / ɪ / - https://youtu.be/JSvvfb4vLY8?t=110
► Vowel Sound / eɪ / - https://youtu.be/0RXzfRcjk-s?t=119
► Vowel Sound / ɛ / - https://youtu.be/OLG3cCLcNiI?t=118
► Vowel Sound / æ / - https://youtu.be/mynucZiy-Ug?t=109
► Vowel Sound / ʌ / - https://youtu.be/X1utTZqC3AI?t=108
► Vowel Sound / ə / - https://youtu.be/m1mDSUSwNls?t=103
► Vowel Sound / ɑ / - https://youtu.be/R5CY1UniS68?t=107
► Vowel Sound / u / - https://youtu.be/lkM6CKBM2ns?t=114
► Vowel Sound / ʊ / - https://youtu.be/moLTR-dLQQY?t=117
► Vowel Sound / oʊ / - https://youtu.be/4kPJLHiiGdU?t=124
► Vowel Sound / ɔ / - https://youtu.be/pr_KAu-_Hmo?t=112
► Vowel Sound / ɝ / - https://youtu.be/6ppOrwjvslc?t=269
► Vowel Sound / ɚ / - https://youtu.be/AzNRoSGBh44?t=197
Subscribe to Sounds American channel: https://goo.gl/N4k8Ji
[THIS VIDEO HAS ENGLISH, SPANISH, JAPANESE AND CHINESE SUBTITLES!]
-----------------------------------------------------------------------------------------------------------
TRANSCRIPTHello there! This is the "Sounds American" channel.
There are 12 distinct vowel sounds in American English.
If you want to speak like an American, you’ll need to learn to pronounce them correctly. And that could be a challenge.
There’s good news, though! There’s an easy way to remember how all these vowel sounds are pronounced. Each vowel sound is made with your tongue moving to a certain place in your mouth. Once you know the position of your tongue for each vowel, you can more easily organize and understand how to make them.
Take a look.
• The vowels in the upper row are pronounced with your tongue raised very high in your mouth.
• The vowels in the lower row are pronounced with your tongue placed very low.
• OK, as you may have already guessed, the vowels in the most right column are made with your tongue pulled back.
• And finally the vowel sounds in the most left column are pronounced with your tongue pushed forward.
For example:
The vowel sound /i/, as in the word "be," is pronounced with your tongue pushed forward and raised very high in your mouth.
So its card is in the upper left corner.
Here’s another vowel, the vowel sound /ɔ/, as in the word "on."
This sound is pronounced with the tongue pulled back and placed very low in your mouth.
So its card is in the lower right corner.
OK, if you’re watching this video on a computer, click on a card to find out more about each vowel.
Unfortunately, this doesn’t work on mobile devices. But we have a work-around. You can use the Navigation links in the Description below.
Have fun!

There are 12 vowel sounds in American English. If you want to speak like an American, you’ll need to learn to pronounce them correctly. This Interactive video is an easy way to remember how all these vowel sounds are pronounced. Once you watch it, you’ll be able to organize and understand how to make them.
NavigationLinks (Table Of Contents):
American Vowel Sounds Overview https://youtu.be/7EdRAfOMfnUt=010
Vowels Chart (Menu) https://youtu.be/7EdRAfOMfnU?t=014
► Vowel Sound /i/, as "be" - https://youtu.be/7EdRAfOMfnU?t=148
► Vowel Sound /ɪ/, as "it" - https://youtu.be/7EdRAfOMfnU?t=258
► Vowel Sound /eɪ/, as "make" - https://youtu.be/7EdRAfOMfnU?t=363
► Vowel Sound /ɛ/, as “bed” - https://youtu.be/7EdRAfOMfnU?t=481
► Vowel Sound /æ/, as in "cat" - https://youtu.be/7EdRAfOMfnU?t=595
► Vowel Sound /ʌ/, as in "us" - https://youtu.be/7EdRAfOMfnU?t=709
► Vowel Sound /ə/, as in "ago" - https://youtu.be/7EdRAfOMfnU?t=817
► Vowel Sound /ɑ/, as in "got" - https://youtu.be/7EdRAfOMfnU?t=923
► Vowel Sound /u/, as in "blue" - https://youtu.be/7EdRAfOMfnU?t=1036
► Vowel Sound /ʊ/, as in "put" - https://youtu.be/7EdRAfOMfnU?t=1143
► Vowel Sound /oʊ/, as in "go" - https://youtu.be/7EdRAfOMfnU?t=1254
► Vowel Sound /ɔ/, as in "on" - https://youtu.be/7EdRAfOMfnU?t=1375
Bonus
► R-colored Vowel /ɝ/, as in "first" - https://youtu.be/7EdRAfOMfnU?t=1493
► R-colored Vowel /ɚ/, as in "after" - https://youtu.be/7EdRAfOMfnU?t=1636
PracticeExercises:
► Vowel Sound / i / - https://youtu.be/fM3WA5IxpKQ?t=114
► Vowel Sound / ɪ / - https://youtu.be/JSvvfb4vLY8?t=110
► Vowel Sound / eɪ / - https://youtu.be/0RXzfRcjk-s?t=119
► Vowel Sound / ɛ / - https://youtu.be/OLG3cCLcNiI?t=118
► Vowel Sound / æ / - https://youtu.be/mynucZiy-Ug?t=109
► Vowel Sound / ʌ / - https://youtu.be/X1utTZqC3AI?t=108
► Vowel Sound / ə / - https://youtu.be/m1mDSUSwNls?t=103
► Vowel Sound / ɑ / - https://youtu.be/R5CY1UniS68?t=107
► Vowel Sound / u / - https://youtu.be/lkM6CKBM2ns?t=114
► Vowel Sound / ʊ / - https://youtu.be/moLTR-dLQQY?t=117
► Vowel Sound / oʊ / - https://youtu.be/4kPJLHiiGdU?t=124
► Vowel Sound / ɔ / - https://youtu.be/pr_KAu-_Hmo?t=112
► Vowel Sound / ɝ / - https://youtu.be/6ppOrwjvslc?t=269
► Vowel Sound / ɚ / - https://youtu.be/AzNRoSGBh44?t=197
Subscribe to Sounds American channel: https://goo.gl/N4k8Ji
[THIS VIDEO HAS ENGLISH, SPANISH, JAPANESE AND CHINESE SUBTITLES!]
-----------------------------------------------------------------------------------------------------------
TRANSCRIPTHello there! This is the "Sounds American" channel.
There are 12 distinct vowel sounds in American English.
If you want to speak like an American, you’ll need to learn to pronounce them correctly. And that could be a challenge.
There’s good news, though! There’s an easy way to remember how all these vowel sounds are pronounced. Each vowel sound is made with your tongue moving to a certain place in your mouth. Once you know the position of your tongue for each vowel, you can more easily organize and understand how to make them.
Take a look.
• The vowels in the upper row are pronounced with your tongue raised very high in your mouth.
• The vowels in the lower row are pronounced with your tongue placed very low.
• OK, as you may have already guessed, the vowels in the most right column are made with your tongue pulled back.
• And finally the vowel sounds in the most left column are pronounced with your tongue pushed forward.
For example:
The vowel sound /i/, as in the word "be," is pronounced with your tongue pushed forward and raised very high in your mouth.
So its card is in the upper left corner.
Here’s another vowel, the vowel sound /ɔ/, as in the word "on."
This sound is pronounced with the tongue pulled back and placed very low in your mouth.
So its card is in the lower right corner.
OK, if you’re watching this video on a computer, click on a card to find out more about each vowel.
Unfortunately, this doesn’t work on mobile devices. But we have a work-around. You can use the Navigation links in the Description below.
Have fun!

published:20 Mar 2017

views:24637

back

New style Animated Work Instructions incorporating interactive content available on mobile devices 2

Welcome to CAD-IT Webinars!
Enable fast and easy production of digital interactive work instructions, job cards and assembly instructions. Re-use content directly from engineering CAD enabling the rapid creation of the MBOM and bill of process. Manufacturing engineers can quickly and easily create 3D animations ensuring that assembly workers, even in off-shore locations, know what to do and how to do it – a visual explanation delivered in a work instruction saves time and increases effectiveness.

Welcome to CAD-IT Webinars!
Enable fast and easy production of digital interactive work instructions, job cards and assembly instructions. Re-use content directly from engineering CAD enabling the rapid creation of the MBOM and bill of process. Manufacturing engineers can quickly and easily create 3D animations ensuring that assembly workers, even in off-shore locations, know what to do and how to do it – a visual explanation delivered in a work instruction saves time and increases effectiveness.

https://interactiveservices.com/interactive-compliance-training/ - In this webinar, Interactive's Compliance Training team share the top 5 trends in the compliance training industry at the moment:
1. How to offer compliance learning on iPhone and Android devices
2. New US and EU legislation you need to train on
3. Offering test-out while keeping regulators happy
4. Compliance training strategies for consultants and 3rd parties
5. Designing compliance learning for 20-minute modules

https://interactiveservices.com/interactive-compliance-training/ - In this webinar, Interactive's Compliance Training team share the top 5 trends in the compliance training industry at the moment:
1. How to offer compliance learning on iPhone and Android devices
2. New US and EU legislation you need to train on
3. Offering test-out while keeping regulators happy
4. Compliance training strategies for consultants and 3rd parties
5. Designing compliance learning for 20-minute modules

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Cubimorph: Designing Modular Interactive Devices

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

1:22:53

Problems and Solutions With "Simple" Interactive Devices

January 19, 2007 lecture by Harold Thimbleby for the Stanford University Human Computer In...

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

1:58

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Make your Outdoor AdvertisingInteractive. Near Field Communication (NFC) is a wireless communication technology that allows data to be transferred between enabled electronic devices (such as smartphones,
tablets, Smart TV and similar devices) by touching them together or bringing them a few centimeters apart.

Cubimorph: Designing Modular Interactive Devices

Paper at ICRA 2016. Roudaut A., Krusteva D., McCoy M., Karnik A., Ramani K,, Subramanian S.
We introduce Cubimorph, a modular interactive
device that accommodates touchscreens on each of the six
module faces, and that uses a hinge-mounted turntable
mechanism to self-reconfigure in the user’s hand. Cubimorph
contributes toward the vision of programmable matter where
interactive devices reconfigure in any shape that can be made
out of a chain of cubes in order to fit a myriad of
functionalities, e.g. a mobile phone shifting into a console when
a user launches a game. We present a design rationale that
exposes user requirements to consider when designing
homogeneous modular interactive devices. We present our
Cubimorph mechanical design, three prototypes demonstrating
key aspects (turntable hinges, embedded touchscreens and
miniaturization), and an adaptation of the probabilistic
roadmap algorithm for the reconfiguration.

1:22:53

Problems and Solutions With "Simple" Interactive Devices

January 19, 2007 lecture by Harold Thimbleby for the Stanford University Human Computer In...

5 Devices To Turn Any TV Into The Best Interactive Smart 3D LED Backlighting Experience

0:00 The Pocket TV: Makes any TV a Smart TV
The Pocket TV is a thumb-size micro-computer that connects to the HDMI port of any TV and converts it into an Android Smart TV
Link: https://goo.gl/ixvFUl
3:35 GoTouch - Make Any TV Instantly Interactive
GoTouch is portable, easy-to-use, and instantly turns any TV or projector into a giant interactive whiteboard you can write or draw on.
Link: https://goo.gl/380MGb
4:43 Edison 3D - Make ANY TV a 3DTV
How to see 3D on 2D TV with ShutterGlasses? 3D TV&3D Projector are No Longer Needed
Link: https://goo.gl/ZBCCiu
6:43 DreamScreen - Smart LED backlighting for any HDMI TV!
DreamScreen enhances TV, Movies, & Video Games by stretching the size, softening the picture and making TV easier on your eyes.
Link: https://goo.gl/4kqXXz
8:42 Equiso Smart TV
Turn any TV into a Smart TV. Android 4.0. Control it with the wave of a hand, using our revolutionary gesture remote.
Link: https://goo.gl/r6MYHX

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

1:58

Turn studies into a game with interactive devices Prestigio MultiBoard (with sub-titles)

Interactive Devices @ Microsoft (Future Interactions with Computers)

The computing mouse has achieved a great deal for a device that's conceptually over four decades old. Indeed its mainly because of this device that we have the Graphical User Interface (GUI), comprising windows, icons, menus, and pointer (WIMP). The mouse and WIMP are an integral part of our daily interactions with computers, but what's next? In this talk, I will give examples of novel computing devices being built at Microsoft Research, which allow users to shift away from the traditional mouse and WIMP-based interactions. Like other researchers, we are interested in enabling more natural interactions with computers, replacing the mouse with our hands, and making the user interface come to life in more tangible ways. Future interactions with computers are likely to become more hands-on, more playful, and more aligned with our real-world interactions.

JavaFX Implementing Multitouch with TUIO for Interactive Devices

This presentation describes how to implement multitouch technologies by using the TUIO framework with the JavaFX rich internet application (RIA) framework. A step-by-step guide shows a real implementation in JavaFX to demonstrate its applicability in more detail.
Author:
Steven Arturo Lizarazo Patiño
I am a Systems Architect and I have more than 5 years of experience in the field of Information Technology in various capacities.
CIO – Smartbiz Solutions Ltda.
Responsible for the information technology and computer systems that support enterprise goals, Involved with driving the analysis and re-engineering of existing business processes, identifying and developing the capability to use new tools, reshaping the enterprise's physical infrastructure and network access, and with identifying and exploiting the enterprise's knowledge resources. Driving or heading up crucial IT projects which are essential to the strategic and operational objectives of the organization.
Systems architect – Colocar OnlineS.A.Designer of the entire platform behind the particular business logic of the company.
EducationB.S – UniversidadDel Norte
Two times winner of regional programming marathons.
View more trainings by Steven Arturo Lizarazo Patiño at https://www.parleys.com/author/steven-arturo-lizarazo-patino
Find more related tutorials at https://www.parleys.com/category/developer-training-tutorials

30:06

Social interaction over shared devices: Designing Interactive Story Apps for Children

Social interaction over shared devices: Designing Interactive Story Apps for Children

Presenter: Betty Sargeant
Storybook apps can contain visuals, text and audio; audio narration commonly ‘reads’ the written text aloud. As a consequence, adults are not required to read storybook apps to children. Yet when adults do read books alongside children it can lead to deeper understandings of narrative content and to positive social bonding. In this talk Betty discusses how she designed her award winning children’s storybook app How Far is Up. She describes the research behind her work and ways in which apps can be designed in order to foster social interaction to occur over shared mobile devices.

45:16

Interactive Robotics with Elixir and Nerves

What you gonna learn in this video:
The killer app for Ruby was Rails. The killer app for...

Interactive Robotics with Elixir and Nerves

What you gonna learn in this video:
The killer app for Ruby was Rails. The killer app for Elixir isn’t (only) the Phoenix web framework, however, but rather the Nerves embedded framework that enables the creation of smart, networked, and reliable hardware using high-level abstractions. It’s a game-changer for embedded development. We’ll introduce Nerves through the motivating example of the development of a live-action wargame involving quadcopter drones.
➡Who can be interested in this topic?
People of fairly broad interest: Rubyists curious about or already dabbling with Elixir, web developers increasingly curious about dipping their toes into hardware development given our Raspberry Pi and IoT era, and for the non-technical aspects (including demo videos) anyone with children or an interest in drones and live-action games.
➡About the speaker:
Arto Bendiken is a freelance programmer with 20+ years experience (including 10+ years with Ruby). Since recently, he works mostly with the Elixir programming language for both paid contracts and my hobby projects.
That is, he works with the Phoenix framework for web development, and hacks with the Nerves framework for embedded development in his copious free time.
➡Arto’s current 🔝 main interest is high-level embedded development (using Elixir and Nerves) for smart hardware and autonomous robotics.
______________________________
#pivorak is a Lviv Ruby Meetup
Join our Ruby meetups in Lviv:
Our official website - https://pivorak.com
Facebook -- https://www.facebook.com/pivorak
Twitter -- https://twitter.com/pivorakmeetup
Instagram -- https://www.instagram.com/pivorakmeetup
No crap. No crab. #pivorak.

22:20

Undertale Interactive Quiz - Battles

Welcome to my Undertale battle quiz! Make sure you have annotations turned on, or it won't...

Interactive Vowel Sounds Chart: American English Pronunciation

There are 12 vowel sounds in American English. If you want to speak like an American, you’ll need to learn to pronounce them correctly. This Interactive video is an easy way to remember how all these vowel sounds are pronounced. Once you watch it, you’ll be able to organize and understand how to make them.
NavigationLinks (Table Of Contents):
American Vowel Sounds Overview https://youtu.be/7EdRAfOMfnUt=010
Vowels Chart (Menu) https://youtu.be/7EdRAfOMfnU?t=014
► Vowel Sound /i/, as "be" - https://youtu.be/7EdRAfOMfnU?t=148
► Vowel Sound /ɪ/, as "it" - https://youtu.be/7EdRAfOMfnU?t=258
► Vowel Sound /eɪ/, as "make" - https://youtu.be/7EdRAfOMfnU?t=363
► Vowel Sound /ɛ/, as “bed” - https://youtu.be/7EdRAfOMfnU?t=481
► Vowel Sound /æ/, as in "cat" - https://youtu.be/7EdRAfOMfnU?t=595
► Vowel Sound /ʌ/, as in "us" - https://youtu.be/7EdRAfOMfnU?t=709
► Vowel Sound /ə/, as in "ago" - https://youtu.be/7EdRAfOMfnU?t=817
► Vowel Sound /ɑ/, as in "got" - https://youtu.be/7EdRAfOMfnU?t=923
► Vowel Sound /u/, as in "blue" - https://youtu.be/7EdRAfOMfnU?t=1036
► Vowel Sound /ʊ/, as in "put" - https://youtu.be/7EdRAfOMfnU?t=1143
► Vowel Sound /oʊ/, as in "go" - https://youtu.be/7EdRAfOMfnU?t=1254
► Vowel Sound /ɔ/, as in "on" - https://youtu.be/7EdRAfOMfnU?t=1375
Bonus
► R-colored Vowel /ɝ/, as in "first" - https://youtu.be/7EdRAfOMfnU?t=1493
► R-colored Vowel /ɚ/, as in "after" - https://youtu.be/7EdRAfOMfnU?t=1636
PracticeExercises:
► Vowel Sound / i / - https://youtu.be/fM3WA5IxpKQ?t=114
► Vowel Sound / ɪ / - https://youtu.be/JSvvfb4vLY8?t=110
► Vowel Sound / eɪ / - https://youtu.be/0RXzfRcjk-s?t=119
► Vowel Sound / ɛ / - https://youtu.be/OLG3cCLcNiI?t=118
► Vowel Sound / æ / - https://youtu.be/mynucZiy-Ug?t=109
► Vowel Sound / ʌ / - https://youtu.be/X1utTZqC3AI?t=108
► Vowel Sound / ə / - https://youtu.be/m1mDSUSwNls?t=103
► Vowel Sound / ɑ / - https://youtu.be/R5CY1UniS68?t=107
► Vowel Sound / u / - https://youtu.be/lkM6CKBM2ns?t=114
► Vowel Sound / ʊ / - https://youtu.be/moLTR-dLQQY?t=117
► Vowel Sound / oʊ / - https://youtu.be/4kPJLHiiGdU?t=124
► Vowel Sound / ɔ / - https://youtu.be/pr_KAu-_Hmo?t=112
► Vowel Sound / ɝ / - https://youtu.be/6ppOrwjvslc?t=269
► Vowel Sound / ɚ / - https://youtu.be/AzNRoSGBh44?t=197
Subscribe to Sounds American channel: https://goo.gl/N4k8Ji
[THIS VIDEO HAS ENGLISH, SPANISH, JAPANESE AND CHINESE SUBTITLES!]
-----------------------------------------------------------------------------------------------------------
TRANSCRIPTHello there! This is the "Sounds American" channel.
There are 12 distinct vowel sounds in American English.
If you want to speak like an American, you’ll need to learn to pronounce them correctly. And that could be a challenge.
There’s good news, though! There’s an easy way to remember how all these vowel sounds are pronounced. Each vowel sound is made with your tongue moving to a certain place in your mouth. Once you know the position of your tongue for each vowel, you can more easily organize and understand how to make them.
Take a look.
• The vowels in the upper row are pronounced with your tongue raised very high in your mouth.
• The vowels in the lower row are pronounced with your tongue placed very low.
• OK, as you may have already guessed, the vowels in the most right column are made with your tongue pulled back.
• And finally the vowel sounds in the most left column are pronounced with your tongue pushed forward.
For example:
The vowel sound /i/, as in the word "be," is pronounced with your tongue pushed forward and raised very high in your mouth.
So its card is in the upper left corner.
Here’s another vowel, the vowel sound /ɔ/, as in the word "on."
This sound is pronounced with the tongue pulled back and placed very low in your mouth.
So its card is in the lower right corner.
OK, if you’re watching this video on a computer, click on a card to find out more about each vowel.
Unfortunately, this doesn’t work on mobile devices. But we have a work-around. You can use the Navigation links in the Description below.
Have fun!

35:08

New style Animated Work Instructions incorporating interactive content available on mobile devices 2

Welcome to CAD-IT Webinars!
Enable fast and easy production of digital interactive work in...

New style Animated Work Instructions incorporating interactive content available on mobile devices 2

Welcome to CAD-IT Webinars!
Enable fast and easy production of digital interactive work instructions, job cards and assembly instructions. Re-use content directly from engineering CAD enabling the rapid creation of the MBOM and bill of process. Manufacturing engineers can quickly and easily create 3D animations ensuring that assembly workers, even in off-shore locations, know what to do and how to do it – a visual explanation delivered in a work instruction saves time and increases effectiveness.

https://interactiveservices.com/interactive-compliance-training/ - In this webinar, Interactive's Compliance Training team share the top 5 trends in the compliance training industry at the moment:
1. How to offer compliance learning on iPhone and Android devices
2. New US and EU legislation you need to train on
3. Offering test-out while keeping regulators happy
4. Compliance training strategies for consultants and 3rd parties
5. Designing compliance learning for 20-minute modules

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Spanish police announced that they killed five suspects in order to stop what they described as a second attempted attack on Friday morning in Cambrils after an earlier terrorist attack in Barcelona on Thursday, according to BBCNews. Police were warning people to stay off the streets after shots were reported in the port of Cambrils ... Two of the bystanders were seriously injured and the officer was slightly hurt.&nbsp;....

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A local pastor wants to bridge the gap between police and the residents they patrol. BishopClay S ... The event is called The B.R.I.D.G.E ... Got a news tip? Email tips and photos here. "I hope it will help develop a level of compassion on both sides of the badge," Cofield said ... The pastor said he hopes that the more the community experiences the police and interacts with them, the better those interactions will become ... ....

These machines work only in a highly civilized country like Japan or in a country where canes rule the roost as in Singapore or Malaysia... We don’t need any more words, lessons, lectures, interactions on pollution control in the Valley and the country. Some of us have not attended a single interaction, yet know the perfect diagnosis for Nepal’s endemic environmental, social and political pollution ... ManoharShrestha, Kathmandu. Motivation....

KARACHI. Aleem Ahmad, a resident of Gujranwala, won the grand bumper prize of Haleeb Khazana Rozana campaign and received the all new BMW X1 by Haleeb Foods CEO Syed Mazher Iqbal at a ceremony held at Haleeb head office in Lahore, a statement said on Thursday. The Haleeb CEO congratulated the winner and said ... This campaign gave us an opportunity to interact with our valued customers.” ... ....

Big Brother 19 spoilers are going to be hotly sought after following the double eviction on Thursday night, August 17, but there was some additional interesting news about the show that fans might feel is a great idea ... With the prospect that two houseguests are going to get evicted in Episode 24, it could have been very interesting to see their interactions on the live feeds. Click here to continue and read more... ....

"The whole group liked the idea of interactive exhibits," she said ... "We settled on the middle ground where there were some static exhibits and low-level interactive things." ... Aside from being asked by consultants to consider a more modern and interactive museum, the two said their group also discussed whether the museum should continue to show a mix of exhibits or to have it focus on regional history and culture ... ....

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